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reversed phase hplc  (Hitachi Ltd)


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    Structured Review

    Hitachi Ltd reversed phase hplc
    Light‐triggered chemical fuel generation from photolytic fuel‐carrier molecules. (a) Design and photolytic mechanism of fuel‐carrier molecules, ONB‐HFIP, which undergo UV‐triggered photolysis to release HFIP fuel and reaction byproducts. (b) Color change of ONB‐HFIP in solution as a function of UV irradiation time. (c) Time‐resolved <t>HPLC</t> chromatograms and (d) UV‐vis absorption spectra of ONB‐HFIP in solution as a function of UV irradiation time. (e) Conversion degree of photolytic reaction, estimated from the changing ratio of HPLC peak areas and UV‐vis absorption intensities at 343 and 264 nm over time.
    Reversed Phase Hplc, supplied by Hitachi Ltd, used in various techniques. Bioz Stars score: 99/100, based on 1913 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/reversed+phase+hplc/pmc13103627-180-10-12?v=Hitachi+Ltd
    Average 99 stars, based on 1913 article reviews
    reversed phase hplc - by Bioz Stars, 2026-08
    99/100 stars

    Images

    1) Product Images from "Photochemical Fuel Carrier Molecules for Robotic Embodied Energy"

    Article Title: Photochemical Fuel Carrier Molecules for Robotic Embodied Energy

    Journal: Advanced Materials (Deerfield Beach, Fla.)

    doi: 10.1002/adma.202520447

    Light‐triggered chemical fuel generation from photolytic fuel‐carrier molecules. (a) Design and photolytic mechanism of fuel‐carrier molecules, ONB‐HFIP, which undergo UV‐triggered photolysis to release HFIP fuel and reaction byproducts. (b) Color change of ONB‐HFIP in solution as a function of UV irradiation time. (c) Time‐resolved HPLC chromatograms and (d) UV‐vis absorption spectra of ONB‐HFIP in solution as a function of UV irradiation time. (e) Conversion degree of photolytic reaction, estimated from the changing ratio of HPLC peak areas and UV‐vis absorption intensities at 343 and 264 nm over time.
    Figure Legend Snippet: Light‐triggered chemical fuel generation from photolytic fuel‐carrier molecules. (a) Design and photolytic mechanism of fuel‐carrier molecules, ONB‐HFIP, which undergo UV‐triggered photolysis to release HFIP fuel and reaction byproducts. (b) Color change of ONB‐HFIP in solution as a function of UV irradiation time. (c) Time‐resolved HPLC chromatograms and (d) UV‐vis absorption spectra of ONB‐HFIP in solution as a function of UV irradiation time. (e) Conversion degree of photolytic reaction, estimated from the changing ratio of HPLC peak areas and UV‐vis absorption intensities at 343 and 264 nm over time.

    Techniques Used: Irradiation



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    Light‐triggered chemical fuel generation from photolytic fuel‐carrier molecules. (a) Design and photolytic mechanism of fuel‐carrier molecules, ONB‐HFIP, which undergo UV‐triggered photolysis to release HFIP fuel and reaction byproducts. (b) Color change of ONB‐HFIP in solution as a function of UV irradiation time. (c) Time‐resolved <t>HPLC</t> chromatograms and (d) UV‐vis absorption spectra of ONB‐HFIP in solution as a function of UV irradiation time. (e) Conversion degree of photolytic reaction, estimated from the changing ratio of HPLC peak areas and UV‐vis absorption intensities at 343 and 264 nm over time.
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    Image Search Results


    Light‐triggered chemical fuel generation from photolytic fuel‐carrier molecules. (a) Design and photolytic mechanism of fuel‐carrier molecules, ONB‐HFIP, which undergo UV‐triggered photolysis to release HFIP fuel and reaction byproducts. (b) Color change of ONB‐HFIP in solution as a function of UV irradiation time. (c) Time‐resolved HPLC chromatograms and (d) UV‐vis absorption spectra of ONB‐HFIP in solution as a function of UV irradiation time. (e) Conversion degree of photolytic reaction, estimated from the changing ratio of HPLC peak areas and UV‐vis absorption intensities at 343 and 264 nm over time.

    Journal: Advanced Materials (Deerfield Beach, Fla.)

    Article Title: Photochemical Fuel Carrier Molecules for Robotic Embodied Energy

    doi: 10.1002/adma.202520447

    Figure Lengend Snippet: Light‐triggered chemical fuel generation from photolytic fuel‐carrier molecules. (a) Design and photolytic mechanism of fuel‐carrier molecules, ONB‐HFIP, which undergo UV‐triggered photolysis to release HFIP fuel and reaction byproducts. (b) Color change of ONB‐HFIP in solution as a function of UV irradiation time. (c) Time‐resolved HPLC chromatograms and (d) UV‐vis absorption spectra of ONB‐HFIP in solution as a function of UV irradiation time. (e) Conversion degree of photolytic reaction, estimated from the changing ratio of HPLC peak areas and UV‐vis absorption intensities at 343 and 264 nm over time.

    Article Snippet: High‐performance liquid chromatography (HPLC) spectra were obtained using an analytical reversed‐phase HPLC (Hitachi 5000 series Chromaster).

    Techniques: Irradiation